a computer with a human brain
a computer with a human brain
Early brain-computer interface technologies are designed as implants that will improve on skills associated with certain brain activities, such as vision, hearing.
Early brain-computer interface technologies are designed as implants that will improve on skills associated with certain brain activities, such as vision, hearing.
A theoretical type of brain-computer interface would completely replicate its function, allowing a human to live on in terms of brain function, without a human body.
A theoretical type of brain-computer interface would completely replicate its function, allowing a human to live on in terms of brain function, without a human body.
5. The computer, which seems to play the role of a human brain, is often called an electronic brain.
5. The computer, which seems to play the role of a human brain, is often called an electronic brain.
请将下面这段英语翻译成中文:How long will it take to build a computer complex enough to duplicate(复制) the human brain? Perhaps not as long as some think. Long before we approach a computer as complex as our brain, we will perhaps build a computer that is at least as complex enough to design another computer more complex than itself, and this more complex computer could design one still more complex and so on and so on.
请将下面这段英语翻译成中文:How long will it take to build a computer complex enough to duplicate(复制) the human brain? Perhaps not as long as some think. Long before we approach a computer as complex as our brain, we will perhaps build a computer that is at least as complex enough to design another computer more complex than itself, and this more complex computer could design one still more complex and so on and so on.
The<br/>main applications of EEG are:() A: Brain<br/>function research B: Disease<br/>diagnosis C: Biofeedback<br/>therapy D: infer<br/>people's thoughts or purposes, thereby constructing a brain-computer<br/>interface
The<br/>main applications of EEG are:() A: Brain<br/>function research B: Disease<br/>diagnosis C: Biofeedback<br/>therapy D: infer<br/>people's thoughts or purposes, thereby constructing a brain-computer<br/>interface
The human brain is a naturally evolving generative system that is automatically generated from scratch. Modern computer hardware is a constitutive system, which is malleable because modern computer hardware can be replaced. ()
The human brain is a naturally evolving generative system that is automatically generated from scratch. Modern computer hardware is a constitutive system, which is malleable because modern computer hardware can be replaced. ()
What<br/>are the main applications of EEG?() A: Study<br/>on brain function B: Disease<br/>diagnosis C: Biofeedback<br/>therapy D: Infer<br/>people's idea or purpose, and then construct brain computer<br/>interface
What<br/>are the main applications of EEG?() A: Study<br/>on brain function B: Disease<br/>diagnosis C: Biofeedback<br/>therapy D: Infer<br/>people's idea or purpose, and then construct brain computer<br/>interface
The following statement about human and computer solving practical problems, ( ) is wrong. A: Human computing is slow and computers are fast B: The amount of information stored in the human brain is small and the computer is large C: Human accuracy is average, but computers are accurate D: A computer can do what human beings can do
The following statement about human and computer solving practical problems, ( ) is wrong. A: Human computing is slow and computers are fast B: The amount of information stored in the human brain is small and the computer is large C: Human accuracy is average, but computers are accurate D: A computer can do what human beings can do
Which of the following description about a brain-computer interface (BCI) is correct?
Which of the following description about a brain-computer interface (BCI) is correct?